CN207758050U - A kind of multi-chamber mould structure - Google Patents
A kind of multi-chamber mould structure Download PDFInfo
- Publication number
- CN207758050U CN207758050U CN201721765016.7U CN201721765016U CN207758050U CN 207758050 U CN207758050 U CN 207758050U CN 201721765016 U CN201721765016 U CN 201721765016U CN 207758050 U CN207758050 U CN 207758050U
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- China
- Prior art keywords
- side cylinder
- cylinder core
- core drawing
- upper cores
- plate
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Abstract
The utility model discloses a kind of multi-chamber mould structures, including upper mold, die cavity, lower die and side cylinder core drawing mechanism, the upper die and lower die to interlock to form die cavity.The upper mold includes cope plate, the cope plate is internally provided with upper cores, the upper cores are internally provided with four pieces of sub- upper cores structures, first sub- upper cores structure and the second sub- upper cores structure are identical, the sub- upper cores structure of third is different with the 4th sub- upper cores structure, the sub- upper cores structure of first sub- upper cores structure and third is different, can produce three kinds of different products simultaneously.The lateral cylinder core drawing mechanism is equipped with wherein in the sub- upper cores of third and the 4th sub- upper cores, the sub- upper cores of third and the 4th sub- upper cores are located in the same lateral cylinder core drawing mechanism, core pulling is carried out using two different products of the lateral cylinder core drawing mechanism pair, its is simple in structure, saves production cost.
Description
Technical field
The utility model is related to technical field of mold more particularly to a kind of multi-chamber mould structures.
Background technology
To plastic products, supply falls short of demand currently on the market, and one set of die produces same product, when product difference
It needs out multiple sets of molds to be produced, wastes time, and core-pulling mechanism can't be carried out in complicated product die sinking.Often
It is many times needing to be carried out at the same time production to multiple products simultaneously, structure is different on different products, and difficulty of processing is not
Equally, it needs multiple sets of molds to carry out cooperation production, wastes time, fund, material, slow down production efficiency.
Utility model content
In order to solve following defects of the existing technology, the utility model proposes a kind of productions of multi-chamber mould structure
Mold of different shapes, while to different product core pulling on same core-pulling mechanism.
What the technical solution of the utility model was realized in：
A kind of multi-chamber mould structure is made of upper die and lower die and side cylinder core drawing mechanism, it is characterised in that：On described
Mould is mutually detained to form die cavity with lower die, and the upper mold the top is equipped with locating ring, and cope plate is equipped with below the locating ring, described
Locating ring is fixed on by four detachable No.1 screws on the cope plate, and the locating ring is arranged right below sprue lining
Set, the sprue bush are located in the cope plate, and the cope plate is internally provided with equipped with upper cores, and the upper cores pass through
With the cope plate interior grooves clearance fit, the cope plate lower section is equipped with lower template, and the lower template is internally provided with lower die
Benevolence, the lower mode with the lower template interior grooves clearance fit, the cope plate and lower template centre by being equipped with side gas
Cylinder core-pulling mechanism is equipped with side cylinder core drawing sliding block in side cylinder core drawing mechanism, and the side cylinder core drawing sliding block rear is equipped with
Side cylinder core drawing sliding block top tight pieces, the side cylinder core drawing sliding block top tight pieces are fixed on described by four detachable No. two screws
On cope plate, core insert is equipped in front of the side cylinder core drawing sliding block, the core insert stretches into the die cavity, the side
It is equipped with concave groove among cylinder core drawing sliding block, cylinder is equipped in side cylinder core drawing mechanism, which is equipped with air cylinder tie rod,
The air cylinder tie rod front end is equipped with convex block, and side cylinder core drawing slider plate, the side are equipped with below the side cylinder core drawing sliding block
Cylinder core drawing slider plate rear is equipped with side cylinder core drawing slide roof, and the side cylinder core drawing slide roof is detachable by four
No. three screws and two No.1 positioning pins are fixed in the side cylinder core drawing slider plate, below the side cylinder core drawing slider plate
Equipped with side cylinder core drawing slider plate securing plate, the side cylinder core drawing slider plate securing plate side passes through four detachable No. four spiral shells
Silk is fixed in the lower template, and the side cylinder core drawing slider plate securing plate is fixed below by three detachable No. five screws
In the side cylinder core drawing slider plate, it is designed in the lower template and cope plate and places the recessed of side cylinder core drawing mechanism
Slot.
In this multi-chamber mould structure of the utility model, installation mode is recessed inside the cope plate and lower template
Destressing angle is equipped in slot.
In this multi-chamber mould structure of the utility model, the upper cores are divided into four sub- upper cores, a work song
Upper cores are identical with two work song upper cores, and the work song upper cores are different with three work song upper cores, the three work songs upper cores
It is different with four work song upper cores.
In this multi-chamber mould structure of the utility model, the lower mode is divided into mode under four sons, a work song
The lower upper cores in lower die Renhe two are identical, and mode is different under three work song of work song lower die Renhe, mode under three work song
It is different with mode under four work songs.
In this multi-chamber mould structure of the utility model, the position of mode under four sub- upper cores and four sons
It sets corresponding up and down.
In this multi-chamber mould structure of the utility model, mode shares under four sub- upper cores and four sons
One sprue, is flowed through by the sprue in different modes.
In this multi-chamber mould structure of the utility model, the side cylinder core drawing sliding block is logical with the air cylinder tie rod
It crosses convex block described in the concave groove and matches fixation.
In this multi-chamber mould structure of the utility model, the side cylinder core drawing sliding block and side cylinder core drawing sliding block
Wearing plate is equipped among top tight pieces, the wearing plate is fixed on the side cylinder core drawing sliding block by six detachable No. six screws
In top tight pieces.
In this multi-chamber mould structure of the utility model, the core insert is equipped with installation convex block, the side
Installation groove corresponding with the installation convex block, the core insert and the side cylinder core drawing are equipped in cylinder core drawing sliding block
Sliding block is fixed by internal detachable No. seven screws.
This multi-chamber mould structure for implementing the utility model, has the advantages that：Pass through the utility model
This multi-chamber mould structure, some products of effective solution need the progress produced simultaneously, to complex product need into
Row core-pulling mechanism can also the core pulling in same core pulling and mechanism, save raw material, while saving the time, achieve many things at one stroke.
Description of the drawings
Fig. 1 is the multi-chamber mould structure explosive view of the utility model；
Fig. 2 is Tu1Zhong Ce cylinder core drawings mechanism explosive view；
Fig. 3 is upper cores schematic diagram in Fig. 1；
Fig. 4 is lower mode schematic diagram in Fig. 1.
Specific implementation mode
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model
Clearly and completely describe.
This multi-chamber mould structure of the utility model as shown in Figures 1 to 4, by upper mold 100, lower die 200 and side gas
Cylinder cylinder core drawing mechanism 24 forms, and upper mold 100 and lower die 200 interlock to form die cavity 300.100 the top of upper mold is equipped with locating ring
10,10 lower section of locating ring is equipped with cope plate 12, and locating ring 10 is fixed on by four detachable No.1 screws on cope plate 12, fixed
Position circle 10 is arranged right below sprue bush 11, and sprue bush 11 is located in cope plate 12, and sprue bush 11 passes through upper mold
Plate 12 stretches into die cavity 300.Cope plate 12 is internally provided with upper cores 13, and upper cores 13 are divided for four sub- upper cores 13, a work song
As upper cores 131 with two work song upper cores 131 are, a work song upper cores 131 and three work song upper cores 132 are different, and three
Work song upper cores 132 and four work song upper cores 133 are different；Lower die 100 is equipped with lower template 19, and lower template 19 is internally provided with lower die
Benevolence 18, lower mode 18 are equipped with mode 18 under four sons, and mode 181 is identical under a work song lower die benevolence 181 and two work songs, under a work song
Mode 182 is different under mode 181 and three work songs, and mode 183 is different under mode 182 and four work songs under three work songs, four sub- upper molds
About 18 mode is corresponding under benevolence 13 and four sons.19 4 corners of cope plate 12 and lower template are designed with positioning guide column, upper mold
19 4 corners of plate 12 and lower template are designed with positioning guide column hole.19 lower section of lower template is equipped with square iron 20, and square iron 20 is for adjusting
The length of thimble.Ejector retainner plate 22 is equipped among square iron 20, ejector retainner plate point 22 is upper ejector retainner plate 21 and lower ejector retainner plate 211.Ejector retainner plate
22 lower sections are equipped with bottom plate 23, and bottom plate 23 is used to reinforce the stabilization of entire mold.Cope plate 12 and lower template 19, which are equipped with, gets into block
17, be equipped in the groove of cope plate 12 and the inside of lower template 19 installation mode and get into block slot 191, get into block 17 be it is up-small and down-big,
It is fixed in template by three detachable No. seven screws, gets into block 17 and be distributed in the adjacent surface of template, by getting into block 17
It can ensure mode position in a template and precision by the stronger fixation of mode in a template.Cope plate 12 and lower template
It is equipped with latch segment 16 among 19, latch segment 16 divides for upper latch segment 14 and lower latch segment 15, and upper latch segment 14 is equipped with the first convex block,
Lower latch segment 15 is equipped with first groove corresponding with upper latch segment 14, and upper latch segment 14 is located in cope plate 12, lower locking
Block 15 is located in lower template 19, and upper latch segment slot is equipped in cope plate 12, lower latch segment slot, latch segment 16 are equipped in lower template 19
It is fixed in template by three detachable No. eight screws, also has two positioning pins by the first convex block and the first groove when molding
Nail positioning, make cope plate 12 and lower template 19 it is more accurate be fixed on one piece.Cope plate 12 and 19 side of lower template are equipped with side gas
The second groove for placing side cylinder core drawing mechanism 24 is equipped in cylinder core-pulling mechanism 24, cope plate 12 and lower template 19, side cylinder is taken out
Side cylinder core drawing sliding block 240 is equipped in core mechanism 24, cylinder core drawing sliding block 240 rear in side is equipped with side cylinder core drawing sliding block top tight pieces
248, side cylinder core drawing sliding block 240 and 248 centre of side cylinder core drawing sliding block top tight pieces are equipped with wearing plate 249, and wearing plate 249 passes through
Six detachable No. six screws are fixed in side cylinder core drawing sliding block top tight pieces 248, and side cylinder core drawing sliding block top tight pieces 248 pass through
Four detachable No. two screws are fixed on cope plate 12, and side cylinder core drawing sliding block top tight pieces 248 are held out against forward when passing through molding
Side cylinder core drawing sliding block 240, ensures the precision of product.Cylinder core drawing sliding block 240 front in side is equipped with core insert 25, core insert
25 stretch into die cavity 300, and core insert 25 is equipped with installation convex block, are equipped in side cylinder core drawing sliding block 240 and installation convex block phase
Corresponding installation groove, core insert 25 are fixed with side cylinder core drawing sliding block 240 by internal detachable No. seven screws.Side cylinder
It is equipped with concave groove among core-pulling slide block 240, cylinder 241 is equipped in side cylinder core drawing mechanism 24, which draws equipped with cylinder
Bar 244,244 front end of air cylinder tie rod are equipped with convex block, and side cylinder core drawing sliding block 240 and air cylinder tie rod 244 pass through concave groove and convex
Type block matches fixation.Cylinder core drawing sliding block 240 lower section in side is equipped with side cylinder core drawing slider plate 245, side cylinder core drawing slider plate
245 are fixed on by eight detachable No. nine screws in lower template 19.Side cylinder core drawing slider plate 245 is equipped with side cylinder core drawing
Sliding block wearing plate 247 can effectively prevent the abrasion of 240 offside cylinder core drawing slider plate 245 of side cylinder core drawing sliding block.Side gas
241 rear of cylinder core-pulling slide block plate is equipped with side cylinder core drawing slide roof 242, and side cylinder core drawing slide roof 242 can by four
No. three screws of dismounting and two No.1 positioning pins are fixed in side cylinder core drawing slider plate 245, side cylinder core drawing slide roof 242
The stroke for withstanding side cylinder core drawing sliding block 240 prevents the disengaging of side cylinder core drawing sliding block 240.Under side cylinder core drawing slider plate 245
Side is equipped with side cylinder core drawing slider plate securing plate 243, and cylinder core drawing slider plate securing plate 243 side in side passes through four detachable four
Number screw is fixed in lower template 19, and side cylinder core drawing slider plate securing plate 243 is solid below by three detachable No. five screws
It is scheduled in side cylinder core drawing slider plate 245.Cylinder core drawing sliding block 240 both sides in side are equipped with side cylinder core drawing slide block guide rail 246, pass through
Five detachable No. ten screws are fixed in lower template 12 and side cylinder core drawing slider plate 245, can prevent from wearing in core pulling
Lower template 19, while affixed side cylinder core drawing sliding block 240.
Preferably, after moulding molding, upper mold 100, the side cylinder core drawing sliding block in side cylinder core drawing mechanism 24 are opened
Top tight pieces 248 move upwards, and side cylinder core drawing sliding block 240 is moved simultaneously by 241 power of cylinder to No. three modes and four backward
Number mode core pulling, kills two birds with one stone, and saves raw material, fund, improves production efficiency.
As described below is only the preferred embodiment of the utility model, is not intended to limit the utility model, all at this
Utility model spirit and principle within, made by any modification, equivalent replacement and improve etc., should be included in the utility model
Protection domain within.
Claims (9)
1. a kind of multi-chamber mould structure is made of upper die and lower die and side cylinder core drawing mechanism, it is characterised in that：The upper mold
It mutually detains to form die cavity with lower die, the upper mold the top is equipped with locating ring, and cope plate is equipped with below the locating ring, described fixed
Position circle is fixed on by four detachable No.1 screws on the cope plate, and the locating ring is arranged right below sprue bush,
The sprue bush is located in the cope plate, and the cope plate is internally provided with equipped with upper cores, the upper cores by with
The cope plate interior grooves clearance fit, the cope plate lower section are equipped with lower template, and the lower template is internally provided with lower mode,
The lower mode with the lower template interior grooves clearance fit, the cope plate and lower template centre by being equipped with side cylinder and taking out
Core mechanism, side cylinder core drawing sliding block is equipped in side cylinder core drawing mechanism, and the side cylinder core drawing sliding block rear is equipped with side gas
Cylinder core-pulling slide block top tight pieces, the side cylinder core drawing sliding block top tight pieces are fixed on the upper mold by four detachable No. two screws
On plate, core insert is equipped in front of the side cylinder core drawing sliding block, the core insert stretches into the die cavity, the side cylinder
It is equipped with concave groove among core-pulling slide block, cylinder is equipped in side cylinder core drawing mechanism, which is equipped with air cylinder tie rod, described
Air cylinder tie rod front end is equipped with convex block, and side cylinder core drawing slider plate, the side cylinder are equipped with below the side cylinder core drawing sliding block
Core-pulling slide block plate rear is equipped with side cylinder core drawing slide roof, and the side cylinder core drawing slide roof passes through four detachable No. three
Screw and two No.1 positioning pins are fixed in the side cylinder core drawing slider plate, are equipped with below the side cylinder core drawing slider plate
Side cylinder core drawing slider plate securing plate, the side cylinder core drawing slider plate securing plate side are solid by four detachable No. four screws
It is scheduled in the lower template, the side cylinder core drawing slider plate securing plate is fixed on institute below by three detachable No. five screws
It states in the cylinder core drawing slider plate of side, the groove for placing side cylinder core drawing mechanism is designed in the lower template and cope plate.
2. multi-chamber mould structure according to claim 1, it is characterised in that：Installation inside the cope plate and lower template
Destressing angle is equipped in the groove of mode.
3. multi-chamber mould structure according to claim 1, it is characterised in that：The upper cores are divided into four sub- upper molds
Benevolence, a work song upper cores are identical with two work song upper cores, and the work song upper cores are different with three work song upper cores, described No. three
Sub- upper cores are different with four work song upper cores.
4. multi-chamber mould structure according to claim 1, it is characterised in that：The lower mode is divided into four sub- lower dies
Benevolence, the lower upper cores in work song lower die Renhe two are identical, and mode is different under three work song of work song lower die Renhe, described No. three
Mode is different under sub- four work song of lower die Renhe.
5. multi-chamber mould structure according to claim 3 or 4, it is characterised in that：Four sub- upper cores and four
It is corresponding above and below the position of the lower mode of son.
6. multi-chamber mould structure according to claim 5, it is characterised in that：Under four sub- upper cores and four sons
Mode shares a sprue, is flowed through by the sprue in different modes.
7. multi-chamber mould structure according to claim 1, it is characterised in that：The side cylinder core drawing sliding block and the gas
Cylinder pull rod matches fixation by convex block described in the concave groove.
8. multi-chamber mould structure according to claim 1, it is characterised in that：The side cylinder core drawing sliding block and side cylinder
Wearing plate is equipped among core-pulling slide block top tight pieces, the wearing plate is fixed on the side cylinder by six detachable No. six screws
In core-pulling slide block top tight pieces.
9. multi-chamber mould structure according to claim 1, it is characterised in that：It is convex that the core insert is equipped with installation
Block, is equipped with installation groove corresponding with the installation convex block in the side cylinder core drawing sliding block, the core insert with it is described
Side cylinder core drawing sliding block is fixed by internal detachable No. seven screws.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721765016.7U CN207758050U (en) | 2017-12-18 | 2017-12-18 | A kind of multi-chamber mould structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721765016.7U CN207758050U (en) | 2017-12-18 | 2017-12-18 | A kind of multi-chamber mould structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207758050U true CN207758050U (en) | 2018-08-24 |
Family
ID=63186718
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721765016.7U Expired - Fee Related CN207758050U (en) | 2017-12-18 | 2017-12-18 | A kind of multi-chamber mould structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207758050U (en) |
-
2017
- 2017-12-18 CN CN201721765016.7U patent/CN207758050U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180824 Termination date: 20181218 |